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Brunel University Research Archive(BURA) preserves and enables easy and open access to all
types of digital content. It showcases Brunel's research outputs.

Research contained within BURA is open access, although some publications may be subject
to publisher imposed embargoes. All awarded PhD theses are also archived on BURA.

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  1. Brunel University Research Archive

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Probabilistic vs Deep Generative Models: A Fairness Centred Evaluation of Synthetic Healthcare Tabular Data See

...

Flood Susceptibility for Storage Dams Locations to Reduce the Risk of Flash Floods and to Harvest Rainfall Utilizing a <scp>GIS</scp> Spatial Distribution Model and the Analytical Hierarchy Approach See

Flooding is a natural calamity that causes widespread devastation, including severe infrastructure destruction, significant economic consequences, and social disturbances around the world, particularly in the Sinai region. Wadi Ked is one of Sinai, Egypt's, most vulnerable districts to flood hazar...

Learning With Noisy Labels for Industrial Time Series Outlier Detection: A Transformer-Embedded Contrastive Learning Framework See

In many real-world industrial scenarios, acquiring accurately labeled data are often challenging due to limited resources or unexpected errors. Learning with noisy labels (LNL) has emerged as a significant research topic, aiming to develop reliable deep learning models using noisy-labeled trainin...

Anti-eavesdropping set-membership state estimation for networked systems: An encryption–decryption scheme See

In this paper, the secure set-membership state estimation problem is investigated for a class of networked linear systems, where the measurement data might be intercepted by potential eavesdroppers. To protect the privacy of system state from information leakage, an artificial-noise-assisted encr...

Privacy-Preserving Distributed Economic Dispatch of Microgrids Over Directed Networks via State Decomposition: A Fast Consensus Algorithm See

This article is concerned with the privacy-preserving distributed economic dispatch problem of microgrids. The main goal of this work is to develop a privacy-preserving distributed optimization algorithm over directed networks, aiming to achieve supply-demand balance at the lowest economic cost u...

Privacy-Preserving Distributed Energy Management for Battery Energy Storage Systems over Time-Varying Networks See

This article addresses the privacy-preserving energy management problem of battery energy storage systems (BESSs). An autonomous privacy-preserving distributed optimization (APPDO) scheme is developed over time-varying networks with the aim of regulating the power output of local BESS to fulfill the&#...

PID Containment Control for Multi-Agent Systems With Multi-Rate Measurements Under Sensor Resolution Constraints See

This article investigates the proportional-integral-derivative (PID) containment control problem for a class of linear MAS with multirate measurements under the constraint of sensor resolution. The sensors of agents are classified into two distinct groups, characterized by their relatively fast and&#x...

Recursive State Estimation for Nonlinear Cyber-Physical Systems under Random Access Protocol: A Token Bucket Strategy See

This article investigates the recursive state estimation problem for a class of nonlinear cyber-physical systems (CPSs) operating under a token bucket strategy regulated by a random access protocol (RAP). Communication between sensor nodes and the remote estimator takes place over a shared&#...

Distributed Polynomial Set-Membership Fusion Estimation for Target Tracking Systems Under a Binary Encoding Scheme See

In this article, a distributed polynomial set-membership fusion estimation approach is proposed for target tracking systems under a binary encoding scheme. Each distance measurement of the considered target is encoded via a binary encoding scheme to facilitate digital transmission. Based on ...

Recursive Quadratic Filter Design for Non-Gaussian Systems Under Random Access Protocol: A Zero-Order Hold Strategy See

This article deals with the recursive quadratic filtering problem for a class of linear discrete-time systems with the random access protocol (RAP) and non-Gaussian noises (NGNs). In order to mitigate undesirable data collisions, the RAP scheduling, used in conjunction with the zero-order&#x...

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Author
  • 1336 Wang, Z
  • 1308 Adam, W
  • 1305 Bergauer, T
  • 1304 Dragicevic, M
  • 1303 Clerbaux, B
  • 1297 Lowette, S
  • 1291 Waltenberger, W
  • 1290 Vanlaer, P
  • 1285 Liko, D
  • 1283 Jeitler, M
  • . next >
Subject
  • 275 CMS
  • 265 Physics
  • 219 Science & Technology
  • 166 COVID-19
  • 164 Hadron-Hadron scattering (experim...
  • 139 machine learning
  • 129 deep learning
  • 115 artificial intelligence
  • 104 sustainability
  • 101 Physical Sciences
  • . next >
Date issued
  • 29086 2000 - 2026
  • 1232 1900 - 1999
  • 3 1830 - 1899
Library (c) Brunel University. Updated: December 19th,2023

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